FTDI Chip specializes in the design and supply of silicon and software solutions. FTDI Chip’s focus is on providing easy to use, robust products that enable fast time to market while offering differentiated solutions through unique features that bring value to customers’ end equipment designs. FTDI Chip is widely recognized for its industry leading USB products that offer a simple route to USB migration (USB Made Easy), by combining easy to implement IC devices with proven, ready to use, royalty-free USB firmware and driver software.
FTDI Embedded Video Engine (EVE) features an initial chip offering of the FT800, which addresses the need
for easy-to-design, advanced forms of human-machine interaction. EVE provides a high quality graphic solution with 3-in-1 functionality for graphical user interface (GUI) development. The FT800 combines display, audio, and touch operations into a single chip, providing an optimized solution that reduces power, board area, BOM costs, and much more. With these operations, engineers now have an advanced solution to easily create and output state-of-the-art interactive display systems. Targeted at intelligent QVGA and WQVGA TFT display panels, EVE's object-oriented approach renders images in a line-by-line fashion with 1/16th of a pixel resolution, eliminating the expense of traditional frame buffer memory. The FT800 integrates with system MCUs via a low bandwidth serial interface, allowing for lower spec/cost MCUs to be used in the design. The controller's functionality sets new industry benchmarks, supporting 4-wire resistive touch sensing with built-in intelligent touch detection and an embedded audio processor that allows midi-like sounds, combined with pulse code modulation (PCM) for audio playback. The combination of display, audio, and touch on a single-chip solution enables engineers to produce GUIs that deliver compelling user experiences.
FTDI's FT313H High-Speed USB Host Controller is a feature-rich device supports USB 2.0 hi-speed (480 Mbits/s), as well as full-speed (12 Mbit/s) and low-speed (1.5 Mbit/s) implementations. Specifically designed for easy integration, it adds high speed connectivity capability into a system, enabling fast data transfers, mass storage thumb-drives, addition of wireless dongles and modular system expansion, through its support of standard USB class drivers. The FT313H system specifications make it applicable for use across all market segments including industrial, networking, medical, or consumer.
FTDI UM232H-B USB to Serial/Parallel Break-Out Module is a development module for FTDI's FT232H Hi-Speed to Serial/Parallel interface converter. This single interface channel IC can be configured to transfer data over the following interfaces: UART, 245 FIFO, FT1248, I²C, SPI, and GPIO. The UM232H-B hardware is a breakout board that converts Hi-Speed USB 2.0 to a serial/parallel interface and connects the signals to a 2.00mm pitch 18pin female receptacle. No USB connector is used--instead this modules plugs directly into the USB host connector and the pads of the PCB make electrical contact with the electrical contacts of the host USB connector. All signals on these modules operate at +3.3V voltage levels, however all I/Os are 5V tolerant.
FTDI's FT12x Enhanced USB Device Controller ICs operate at 12 Mbits/s and are designed to the USB 2.0 specification. These new controllers support direct memory access (DMA) operation, while providing system interfaces for 8-bit parallel bus and SPI (Serial Peripheral Interface) Slave. The FT12x series is configurable as a standard device class, and as such there is no need to add USB drivers. It was designed specifically so that engineers can quickly understand the device functionality and architecture, as well as taking advantage of application software and standard class drivers currently available and installed within the market.
FTDI's FT311D USB Android Host ICs are Full Speed USB hosts specifically targeted at providing access to peripheral hardware from an Android platform with a USB device port. The device will bridge the USB port to six user selectable interface types and has advanced features that include single chip USB to selectable interface, entire USB protocol handled on the chip, interface selectable via 3 mode select pins, basic UART interface with RXD, TXD, RTS, CTS pins, 4 PWM channels, I2C master interface, SPI slave or master interface option supporting modes 0, 1, 2 and 3 with MSB/LSB, and USB error indicator pin. Development Modules are available.
FTDI Vinco Touch-Key Shield is a shield that mates with the FTDI Vinco development module to allow touch pad operation. The shield includes an STMPE821 device, which is an 8-channel GPIO capacitive touch-key sensor. The sensor communicates to the Vinculum-II (VNC2), on the Vinco module, via I2C protocol. The FTDI Vinco Touch-Key Shield also mates with the Vinco development platform to enable Open Accessory Mode in Android devices.
FTDI's X-Chip Series Interface ICs & Modules target a wide range of interfaces, including basic and full UART, FIFO, I2C, SPI and FTDI's FT12485, allowing engineers to easily incorporate USB connectivity into their systems. X-Chip Series Interface ICs are USB 2.0 full speed chips which join the USB 2.0 high-speed, H Series of devices and the popular R Series of integrated circuits already in production today. Besides offering an expanded, world class feature set, these FTDI X-Chip Series Interface ICs offer reduced pin counts. Whether the engineer needs a leaded, SSOP package or a leadless QFN package, pin-outs have been minimized and range from a 10 pin DFN package for the FT200XD I2C solution to 24 pins for a FIFO to USB bridge. X-Chip Series Modules help engineers integrate FTDI's X-Chip Series Interface ICs into new and existing designs.
FTDI expanded it's line of X-chip interface ICs to include the FT234X full speed USB to basic UART IC. The FT234XD provide the same functionality as the FT230X full speed USB to basic UART in a smaller 3x3mm DFN-12 package.
FTDI VNC2 Debug Module is designed to provide connectivity between the Vinculum-II IDE development software and the debug interface pin on the FTDI Vinculum-II (VNC2) USB host controller device. This module consists of a miniature board with a USB miniB connector, which provides USB connectivity to Vinculum-II IDE development tools running on a PC. The VNC2 debug module can be used to program and debug firmware running on the VNC2 device. The FTDI VNC2 Debug Module connects to the VNC2 device via a 6-way, 2mm pitch, keyed, female connector. The V2DIPx-x, VNC2 based development modules are equipped with a compatible male connector to host the VNC2 debug module. Designers intending to use the module with their own VNC2 based hardware are required to have a similar compatible male connector on their hardware.
FTDI C232HD USB 2.0 Hi-Speed to UART Cables incorporate FTDI's FT232H USB to UART interface IC device which handles all the USB signalling and protocols. These cables provide a fast, simple way to connect devices with 3.3V or 5.0V digital interfaces to USB. FTDI C232HD USB 2.0 Hi-Speed to UART Cables each contain a small internal electronic circuit board, incorporating the FT232H, which is encapsulated into the USB connector end of the cable. The FT232H is a single channel USB 2.0 Hi-Speed (480Mb/s) to UART IC. The digital interface of the cable is made up of ten individual wires which are terminated with single pole connectors which can be connected next to each other on a male header. The cable's digital interface logic is either 3.3V or 5.0V. The USB side of the cable is USB powered and is USB 2.0 Hi-Speed compatible. The cable is 1.8m long and supports a data transfer rate up to 12 Mbaud.
FTDI's DB9 USB to Digital Modules provide a simple and fast method of migrating existing DB9 based connector UART interfaces to USB 2.0. In some cases these DB9 USB to Digital Modules can reduce system costs by removing an RS232 level shifter from a design. The FTDI DB9 USB to Digital Modules feature a USB 2.0 mini-B connector within a module which fits a standard 9-pin DB9 connector footprint. The DB9 USB to Digital Modules are ideal for legacy applications which feature UART DB9 based connectors, these modules provide a method of extending the life-cycle of these products by converting them to USB 2.0 connectivity, with minimal redesign.
FTDI USB to MPSSE Cables provide a fast, simple way to connect devices with 3.3V logic level interfaces to USB. The Digital Level Multi-Protocol Synchronous Serial Engine (MPSSE) cables are available with both 3.3V and 5V output. The connector end of the cables contain FTDI's FT232H USB interface chip. The cables are terminated by ten individual wires which can be interfaced to a 0.1" pitch male header. Supporting the USB 2.0 Hi-Speed (480Mb/s) standard, the USB to MPSSE Cables from FTDI can be used to communicate with various synchronous serial interfaces, such as JTAG, SPI or I2C. The MPSSE enables designers to implement proprietary synchronous serial bus protocols.
The FTDI USB Hi-Speed Serial/Hub Module is a USB interface expansion module which has a USB 2.0 Hi-Speed hub chip that supports up to three external downstream USB ports--2 by a dual USB connector and 1 by the DIL connector pins. The FTDI USB Hi-Speed Serial/Hub Module is designed for connecting FTDI V2DIPx modules to expand the number of interfaces, and can also be used as a hub device or an FT4232H evaluation module. By using the FT4232H USB Hi-Speed four-port bridge chip which handles all the USB signalling and protocols, the module can easily support up to 4 flexible interfacing ports. It is ideal for quickly proving the functionality of adding USB to a target design.
FTDI FT232H single channel USB 2.0 Hi-Speed (480Mb/s) to UART / FIFO ICs have the capability of being configured in a variety of industry standard serial or parallel interfaces. FTDI 232H UART / FIFO ICs feature single channel USB to serial / parallel ports with a variety of configurations. FT232H devices handle the entire USB protocol on the chip. These FTDI UART / FIFO ICs are designed for a variety of applications, including single chip USB to UART (RS232, RS422, or RS485), USB to FIFO, and more. FTDI UM232H USB-to-serial / FIFO development modules use the FT232H chip to handle the USB signaling and protocols. The UM232H module is ideal for development purposes to quickly demonstrate functionality of adding USB to a target design.
PLEASE NOTE - When updating drivers, refer to the following document: AN_107 - Advanced Driver Options
Drivers are available which allow FTDI devices to work with the following operating systems:
For most of these operating systems two types of driver are available: Virtual COM Port (VCP) drivers and direct (D2XX) drivers. The VCP driver emulates a standard PC serial port such that the USB device may be communicated with as a standard RS232 device. The D2XX driver allows direct access to a USB device via a DLL interface.
To locate the drivers you want to install for a device, select which of the driver types you wish to use (VCP or D2XX) and then locate the appropriate operating systems. With the exception of Windows 98 and Windows ME, all devices are supported in each driver package.
The FTDI firmware section includes firmware development tools and resources for the FTDI Vinculum USB Host / Slave controller devices. The section is divided into tools for the VNC2, containing Vinculum-II Development Tool Suite with latest tool releases and application examples. The Vinculum section lists application examples and utilities for the VNC1L, while the precompiled f/ware section contains precompiled firmware images for both the VNC1L and VNC2.
Development tools and utilities to aid application development on the Vinculum family of USB Host/Slave controller products.
Sample applications and utilities designed for use with the first generation Vinculum VNC1L USB Host / Slave controller.
Downloads featuring FTDI's pre-compiled firmwares for the Vinculum VNC1L and VNC2 USB Host / Slave controllers. The firmware files provide a ready-to-use application firmwares for the Vinculum devices with integrated USB class drivers for a range of applications including USB disk interfacing, HID (Human Interface Devices), HUBs and communication class devices (CDC).